科技视界
科技視界
과기시계
Science&Technology Vision
2014年
6期
75-76
,共2页
微波模块%结构设计%三防设计%密封
微波模塊%結構設計%三防設計%密封
미파모괴%결구설계%삼방설계%밀봉
Microwave modules%Structure design%Three-proofing design%Seal
微波模块的三防性能是重要技术指标之一。本文简要分析了微波模块在三防方面存在的问题，详细阐述了从选材、结构设计、表面处理到微组装整个流程所采取的具体措施，针对不同的环境因素提出了一系列切实可行的封装工艺。通过这些技术，可在一定程度上提高微波模块的三防性能。
微波模塊的三防性能是重要技術指標之一。本文簡要分析瞭微波模塊在三防方麵存在的問題，詳細闡述瞭從選材、結構設計、錶麵處理到微組裝整箇流程所採取的具體措施，針對不同的環境因素提齣瞭一繫列切實可行的封裝工藝。通過這些技術，可在一定程度上提高微波模塊的三防性能。
미파모괴적삼방성능시중요기술지표지일。본문간요분석료미파모괴재삼방방면존재적문제，상세천술료종선재、결구설계、표면처리도미조장정개류정소채취적구체조시，침대불동적배경인소제출료일계렬절실가행적봉장공예。통과저사기술，가재일정정도상제고미파모괴적삼방성능。
The three-proofing property is one of the most important performances of microwave modules. This paper analyzes briefly the three-proofing problems for microwave modules, and then material selection, structure design, electroplate and assemble are discussed in detail, based on which a series of feasible seal process applicable to different environments are proposed. With these treatments the three-proofing property of microwave modules has been improved.
